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GIAC GICSP Exam Syllabus Topics:

SectionObjectives
ICS Security Architecture and Defense- Wireless and Remote Access Security
  • 1. Wireless technologies in ICS
  • 2. Secure remote access methods
- Defense-in-Depth Strategies
  • 1. Network segmentation and access control
  • 2. Perimeter and internal security controls
- System and Device Hardening
  • 1. Secure configuration and patch management
  • 2. Firmware and software security
ICS Threats, Vulnerabilities, and Risk Management- Vulnerabilities and Attack Surfaces
  • 1. Common vulnerabilities in ICS components
  • 2. Attack vectors and exploitation methods
- Threat Landscape and Threat Modeling
  • 1. ICS-specific threats and actors
  • 2. Threat modeling methodologies
- Risk Assessment and Management
  • 1. Risk mitigation strategies
  • 2. Risk assessment frameworks (NIST SP 800-82, IEC 62443)
ICS Governance, Policy, and Compliance- Standards and Compliance
  • 1. IEC 62443, NIST, and industry regulations
  • 2. Audit and assessment processes
- Training and Awareness
  • 1. Personnel security awareness
  • 2. Role-based training requirements
- Security Program Development
  • 1. Change management and configuration control
  • 2. Security policies and procedures
ICS Components, Architecture, and Protocols- ICS Overview and Concepts
  • 1. Differences between ICS and IT environments
  • 2. Physical security considerations
  • 3. ICS roles, responsibilities, and lifecycle
- Purdue Reference Architecture
  • 1. Levels 0–1 devices, technologies, and vulnerabilities
  • 2. Network segmentation and security zones
  • 3. Levels 2–3 devices, technologies, and vulnerabilities
- Communications and Protocols
  • 1. TCP/IP and industrial-specific protocols
  • 2. Cryptography and secure communications
  • 3. Protocol vulnerabilities and attacks
ICS Incident Response and Recovery- Recovery and Continuity
  • 1. Process continuity and restoration
  • 2. Disaster recovery planning
- Incident Response Planning
  • 1. ICS-specific IR requirements and priorities
  • 2. Coordination between IT and OT teams
- Detection and Analysis
  • 1. Forensics and evidence collection
  • 2. Monitoring and anomaly detection

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GIAC Global Industrial Cyber Security Professional (GICSP) Sample Questions (Q37-Q42):

NEW QUESTION # 37
What is the purpose of a safety instrumented system (SIS) in an ICS environment?
Response:

Answer: C


NEW QUESTION # 38
Which type of server would be deployed to provide stratum level 2 clock synchronization for ICS systems?

Answer: C

Explanation:
PTP (Precision Time Protocol) (B) is a protocol designed for high-precision clock synchronization across networked devices and is commonly used in ICS for stratum level 2 time sources.
RADIUS (A) is an authentication protocol.
TFTP (C) is a trivial file transfer protocol.
ARP (D) resolves network addresses and is unrelated to time synchronization.
Accurate time synchronization is critical for ICS operations, event correlation, and forensic analysis, and PTP is the preferred method.
Reference:
GICSP Official Study Guide, Domain: ICS Fundamentals & Architecture
NIST SP 800-82 Rev 2, Section 7.6 (Time Synchronization)
GICSP Training on ICS Network Protocols


NEW QUESTION # 39
During a plant upgrade an architect needs to connect legacy lEDs to a new TCP/IP instrumentation LAN. The lEDs only have RS-232 communication interfaces available. What would best be used to connect the lEDs?

Answer: C

Explanation:
Legacy devices using RS-232 interfaces require a communications gateway (C) to translate between the serial communication protocol and the new TCP/IP network.
A data diode (A) is a unidirectional security device, not a protocol translator.
An engineering workstation (B) is a computer, not a protocol conversion device.
An industrial switch (D) operates at the Ethernet layer and does not perform protocol conversion.
GICSP emphasizes gateways as essential for integrating legacy ICS devices into modern IP networks while maintaining protocol integrity.
Reference:
GICSP Official Study Guide, Domain: ICS Fundamentals & Architecture
NIST SP 800-82 Rev 2, Section 3.4 (Legacy Protocol Integration)
GICSP Training on ICS Network Architecture and Protocols


NEW QUESTION # 40
Which of the following devices is most likely to be in the same level as an HMI workstation that interfaces with a PLC?

Answer: D

Explanation:
In the Purdue model, HMIs typically reside at Level 2 (Supervisory Control), providing interfaces for operators to monitor and control devices. Remote Terminal Units (RTUs) (D) also commonly reside at this level, interfacing between controllers and supervisory systems.
Variable speed drives (A) and PLCs (B) are usually located at Level 1 (Control Devices LAN).
Data historians (C) typically reside at Level 3 or higher in the Operations Support DMZ or enterprise network.
GICSP materials emphasize proper classification of devices by Purdue levels for effective network segmentation and security.
Reference:
GICSP Official Study Guide, Domain: ICS Fundamentals & Architecture
Purdue Model and Network Segmentation, IEC 62443
GICSP Training on ICS Network Architecture


NEW QUESTION # 41
Which type of process is described below?

Answer: D

Explanation:
The process described involves transforming raw rolled stock into discrete products-bearings-by stamping them at Station A.
This is characteristic of a discrete process (D), where distinct, countable items are produced (bearings), typically involving individual units or assemblies.
Batch processes (C) involve processing material in defined lots or batches, but the emphasis here is on individual item production.
Continuous processes (B) run nonstop with materials continuously flowing, common in chemical plants but not in stamping.
Distributed (A) refers to control architecture rather than process type.
GICSP defines discrete manufacturing processes as producing distinct items, requiring specific cybersecurity considerations around control logic and equipment.
Reference:
GICSP Official Study Guide, Domain: ICS Fundamentals & Operations
ISA-95 and ISA-88 Standards (Referenced in GICSP)
GICSP Training on Process Types and Control Strategies


NEW QUESTION # 42
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